and iteration over channels Building channel producers Pipelines Prime numbers with pipeline Fan-out Fan-in Buffered channels Channels are fair Ticker channels Deferred values provide a convenient arbitrary suspension, unlike produce , which is fully asynchronous. Prime numbers with pipeline Fan-out 261 Multiple coroutines may receive from the same channel, distributing work between themselves doing. Also, pay attention to how we explicitly iterate over channel with for loop to perform fan-out in launchProcessor code. Unlike consumeEach , this for loop pattern is perfectly safe to use from

and iteration over channels Building channel producers Pipelines Prime numbers with pipeline Fan-out Fan-in Bu�ered channels Channels are fair Ticker channels Deferred values provide a convenient have several processor coroutines. In this example, they just print their id and received number: Fan-out 493 fun CoroutineScope.launchProcessor(id: Int, channel: ReceiveChannel) = launch { for doing. Also, pay attention to how we explicitly iterate over channel with for loop to perform fan-out in launchProcessor code. Unlike consumeEach , this for loop pattern is perfectly safe to use

and iteration over channels Building channel producers Pipelines Prime numbers with pipeline Fan-out Fan-in Buffered channels Channels are fair Ticker channels Coroutine exceptions handling Exception because they do not allow arbitrary suspension, unlike produce, which is fully asynchronous. Fan-out Multiple coroutines may receive from the same channel, distributing work between themselves. Let are doing. Also, pay attention to how we explicitly iterate over channel with for loop to perform fan-out in launchProcessor code. Unlike consumeEach, this for loop pattern is perfectly safe to use from